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//IFFT1.java /* 程序说明： 程序修改： 最后修改时间：2008－11 作者：朱磊 */ public class IFFT1 { // 付立叶变换点数 int count; int power; Complex[] x; Complex[] fd; FFT1

Atmel Pof2jed Version 4.45 Jan 10 2005 Copyright 1998 Atmel Corporation. All Rights Reserved. EPM7064SLC44-10 --> 1504asPLCC44 Input file : D:\cpld\top.pof Output file

// #include #include /** ** 2 raised to the power of 10: 1024 **/ int main() { int value = 2; int pow = 10; cout

% this M-file computes the reactive power %injection at the generator buses for each singular point... %for the Loparo's five bus system %reactive power injection at gen1 gen1=14.4-(12)*XX_sin

-- Copyright (C) 1991-2008 Altera Corporation -- Your use of Altera Corporation's design tools, logic functions -- and other software and tools, and its AMPP partner logic -- functions, and a

function x = WBDist(x0,alpha,beta,n) format long; x = zeros(n,1); for i=1:n r = MixMOD(x0,10,1); k = 0; while r(10) == 0 k = k + 1; r(10) = power(2,k); r

function x = RelayDist(x0,sigma,n) x = zeros(n,1); for i=1:n r = MixMOD(x0,10,1); k = 0; while r(10) == 0 k = k + 1; r(10) = power(2,k); r = MixMOD(r(10),2

function r = MulMOD1(L,alpha,beta,n) r = zeros(n,1); x = zeros(n,1); M = power(2,L); a = 8*alpha + 5; x(1) = 4*beta + 1; r(1) = x(1)/M; for i=2:n y = a*x(i-1); x(i) = mod(y,M);

function x = LaplaceDist(x0,x1,beta,n) x = zeros(n,1); for i=1:n r = MixMOD(x0,10,1); u = MixMOD(x1,10,2); k = 0; while (r(10) == 0 || u(10) == 0) k = k + 1; r(